゚+*:ꔫ:*﹤ ﹥*:ꔫ:*+゚Answer:゚+*:ꔫ:*﹤ ﹥*:ꔫ:*+゚
The following: Jupiter, Saturn, Uranus, or Neptune.
゚+*:ꔫ:*﹤ ﹥*:ꔫ:*+゚Explanation:゚+*:ꔫ:*﹤ ﹥*:ꔫ:*+゚
any of the planets Jupiter, Saturn, Uranus, and Neptune whose orbits lie beyond the asteroid belt.
Answer:

Explanation:
= Initial pressure = 200 kPa
= Final pressure
= Initial temperature = 
= Final temperature = 
We have the relation

The pressure that would be exerted after the temperature change is
.
I would expect fine salt to fully dissolve by the end of 45 minutes. Since the other types of salt are not fine and tiny, they would take longer to dissolve
Answer:
Military
Explanation:
I may be wrong but military seems most likely
Answer:17.955atm
Explanation:Pv=nrt
P= nrt/v
P= 7.25*0.08205*360/11.90
P= 214.1505/11.90
P=17.995atm